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  • ExtropyNOW! - Courses
    • Mechatronics Engineering >
      • Mechatronics - 1st Tetramester >
        • ME-01-English I / Inglés I
        • ME-01-Values of the being / Valores del ser
        • ME-01-Metrology / Metrología >
          • Proteus Simulation Tutorial
        • ME-01-Electricity and magnetism / Electricidad y magnetismo
        • ME-01-AutoCAD / Dibujo para Ingeniería
        • ME-01-Differential and Integral Calculus >
          • II - Limits and continuity.
        • ME-01-Lineal Algebra / Álgebra lineal
      • Mechatronics - 2nd Tetramester >
        • ME-02-English II / Inglés II
        • ME-02-Emotional Intelligence / Intelligencia Emocional
        • ME-02-Static / Estática (Mechanical)
        • ME-02-Electronical Circuit Analysis / Análisis de Circuitos
        • ME-02-Structured Programming / Programación Estructurada (C)
        • ME-02-Vectorial Calculus / Cálculo Vectorial
        • ME-02-Normativity and Industrial Security / Normatividad y Seguridad Industrial
      • Mechatronics - 3rd Tetramester >
        • ME-03-English III / Inglés III
        • ME-03-Interpersonal Development / Desarrollo Interpersonal
        • ME-03-Dynamics / Dinámica (Mechanical)
        • ME-03-Analogic Electronics / Electrónica Analógica >
          • ME-03-Analog Electronics-Useful schematics
        • ME-03-Digital Electronics / Electrónica Digital >
          • N555 as timer.
        • ME-03-Probability and Statistics / Probabilidad y Estadística
        • ME-03-Maintenance Engineering
      • Mechatronics - 4th Tetramester >
        • ME-04-Thinking Abilities / Habilidades del Pensamiento
        • ME-04-Material's Resistance / Resistencia de los Materiales
        • ME-04-Power Electronics / Electrónica de Potencia
        • ME-04-Periphereal Programming / Programación de Periféricos (LabVIEW)
        • ME-04-Differential Equations / Ecuaciones Diferenciales
        • ME-04-First Internship / Estancia I
      • Mechatronics - 5th Tetramester >
        • ME-05-English V - Inglés V
        • ME-05-Organizational Abilities / Habilidades Organizacionales
        • ME-05-Engine's Analysis / Análisis de Mecanismos
        • ME-05-Sensor's and Signal Conditioning / Sensores y Acondicionamiento de Señales
        • ME-05-Microcontrollers / Microcontroladores (PIC)
        • ME-05-System's Modelling and Simulation
        • ME-05-Fluid Mechanics
      • Mechatronics - 6th Tetramester >
        • ME-06-English VI - Inglés VI
        • ME-06-Professional Ethics / Ética Profesional
        • ME-06-Mechanical Design / Diseño Mecánico
        • ME-06-Industrial Automation / Automatización Industrial (PLC's)
        • ME-06-Electric Machines / Máquinas Eléctricas
        • ME-06-Manufacturing Processes / Procesos de Manufactura
        • ME-06-Pneumatic and Hydraulic Systems / Sistemas Hidráulicos y Neumáticos
      • Mechatronics - 7th Tetramester >
        • ME-07-English VII / Inglés VII
        • ME-07-Signal Processing and Acquisition / Adquisición y Procesamiento de Señales (PDS)
        • ME-07-Computer Assisted Engineering / Ingeniería Asistida por Computadora
        • ME-07-Project's Engineering and Management / Administración e Ingeniería de Proyectos
        • ME-07-Economic Engineering / Ingeniería Económica
        • ME-07-Control Theory / Teoría de Control
        • ME-07-Second Internships / Estancias II
      • Mechatronics - 8th Tetramester >
        • ME-08-English VIII / Inglés VIII
        • ME-08-Termodynamics / Termodinámica
        • ME-08-CAM & CNC Systems / Sistemas CAM y CNC
        • ME-08-Mechatronic Design / Diseño Mecatrónico
        • ME-08-Kinematics of Robots / Cinemática de Robots
        • ME-08-Digital Control / Control Digital
        • ME-08-Mechanical Vibrations / Vibraciones Mecánicas
      • Mechatronics - 9th Tetramester. >
        • ME-09-English IX / Inglés IX
        • ME-09-Heat Transfer / Transferencia de Calor (Mechanical)
        • ME-09-Industrial Networks / Redes Industriales
        • ME-09-Mechatronics System's Integration / Integración de Sistemas Mecatrónicos (Matlab) >
          • AM Modulation - Simulation.
        • ME-09-Robot's Dynamics and Control
        • ME-09-Intelligent Control / Control Inteligente
        • ME-09-Quality and Technological Innovation. >
          • ME-09-Evidences Folder
        • A) Robotics and Control. >
          • I.-Robotics I / F. Kinematics. >
            • I.I.-An Introduction to Robotics
          • II.-Digital Control.
        • B) Computing and Programming. >
          • I.-Setting the Kinect on Ubuntu Linux (libfreenect).
          • II.-CNC Programming >
            • II.I.-An Introduction to CNC
            • II.II.-CNC Milling.
          • C) Electronics.
    • Master in Engineering with specialty on Information Technologies >
      • pcDuino
      • Artificial Intelligence >
        • Knowledge Representation >
          • Writing ontologies (RDFS and OWL)
          • RDFLib Python
          • My First Ontology in Protegé
          • My First Ontology in Protegé II
          • Making queries
          • Where to get ontologies
        • Neural Networks >
          • Perceptrons (Linear Functions)
          • One vs All Perceptron
          • Radial Networks
        • Genetic Programming >
          • Graph Colouring using GA
          • GA for function approximation >
            • String parsing
        • Scientific computing.
        • Cellular Automata
      • Machine Learning
      • Natural Language Processing >
        • AIML Language on Python
        • Machine translation
        • Markov Chatbot
        • Python Input Timeout Bot
      • Fundamentals of Information Systems >
        • Data structures >
          • Linked lists
          • Trees >
            • Implementation Binary Search Tree
          • Sparse Distributed Memory
          • Debugging with gdb
          • Finite State Machines
        • JavaFX
      • Electronics >
        • KiCAD - My First Project
        • KiCAD - Adding components
        • kiCAD - Creating Components
        • SPICE Tutorial II
        • SPICE Tutorial II - Part II
      • VHDL >
        • Programming VHDL Part I >
          • Programming VHDL Part II
          • Loading VHDL to FPGA - Part I
          • Loading VHDL to FPGA - Part II
          • VHDL - First Steps Alternative version
        • Loops
        • Switches and leds
        • UART
        • PicoBlaze uC + FPGA
        • ADC
      • Logic Programming
    • Computing. >
      • Adding subtitles to video files
      • Server Side Programming >
        • Webhosting >
          • WordPress
        • Online Storage
        • Apache/PHP >
          • MongoDB >
            • MongoDB in Python
        • Node.js >
          • NodeJS Client requests
          • MySQL with NodeJS
      • Hyperboria
      • Angular 4
      • Smartphones >
        • Rooting Samsung Galaxy Tab 2.7.0 Model P3110 >
          • Creating Nandroid Backup with Command Line
          • Installing Ubuntu Linux on Samsung Galaxy Tab 2.7.0
          • Porting Utopic Unicorn 14.10 to tablet P3110.
        • PhoneGap - Apache Cordova >
          • Debugging PhoneGap
          • PhoneGap - MyFirstApp
          • Phone Gap - My First App II
          • Improving Look and Feel with OnsenUI >
            • AngularJS + OnsenUI + Monaca
            • Angular2 + TypeScript + OnsenUI
          • Storage in Apache Cordova & Monaca
          • Maps in PhoneGap
          • Getting user location with PhoneGap
        • QT C++ >
          • Qt signals and slots
          • QT for Android
          • QT Deployment.
        • PyQt Threads
      • Computer vision >
        • OpenGL >
          • OpenGL-HelloWorld
        • Computer Vision with Matlab/Octave
        • JavaCV
        • OpenCV
      • LaTeX >
        • Citations with Zotero + LaTeX
      • Reddit
      • Video Game creation >
        • Unity3D
        • Live2D
        • Babylon JS
    • Biochemistry.
    • Humanities >
      • Cognitive Science
      • Learning
    • Economics. >
      • Accounting
      • III.-Mexican economics.
      • Patents
    • Philosophy >
      • II. The philosophical method.
      • III. Intuition as method for philosophy.
      • IV. Comes ontology.
      • V. & VI. Parménides metaphysics and Plato's realism.
      • Extropianism.
      • Extropianism II.
      • Extropianism III.
  • ExtropyNOW! - Projects
    • MacOS X on Virtual Box
    • TankSupervision System >
      • Programming
      • Programming 2 - RXTX
      • Designing the interface
      • RXTX - Functions.
      • Keybinding - Functions.
      • FAQ
    • Homemade Projector
    • Hospital Automation App >
      • Face Recognition Part I - The basics
      • Pressure and Temperature
    • The CHAMBER Project >
      • Brain Computer Interface
      • Building the Brain (AGI) >
        • OpenCog First Application
      • Server Side Programming >
        • Tornado
        • First Django Project
        • First Django Project II
      • HA Project
      • One DOF robotic arm controlled with MS Kinect. >
        • Setting Kinect+MatLAB+Processing
        • Setting communication between MatLAB and Processing.
        • The Bibliography.
    • Madoka: Superior
  • ExtropyNOW! - Interactive
    • ExtropyNOW! - Blog
    • ExtropyNOW! - Forums
  • ExtropyNOW! - Code repository...
    • ExtropyNOW! Code Repository Part II
    • ExtropyNOW! - School repository
    • ExtropyNOW! - School repository 2 >
      • School repository 3
    • ExtropyNOW! - Interesting WebPages.
  Extropy NOW!
Contact/Contacto:

MY LITTLE PROJECT'S STASH.

"Ingenuity + Courage + Work = MIRACLES!" - Bob Richards
Amazing what can be done with a box of scraps and a lazy Saturday afternoon...

Now seriously, RIP Marvin Heemeyer, maker of this unstoppable rage machine called The Killdozer.
Welcome to the projects section. Here I'll be posting information on the projects I make with the hopes that they can be of use for someone and as a log of the progress achieved.

My main focus will be on informatics and programming projects along with some electronics and maybe even robotics as I get deeper into those subjects so stay tuned!

Also feel free to send information you think could be of use to people. Let the progress spread!

Home Automation Project.

Got myself the idea of creating an automatized home to increase the laziness factor > 9000! Here I'll be uploading and documenting the modifications I've made as I continue striving for the perfect self-sufficient home.
Picture
This image is only temporary until I can get the real thing.

One DOF robotic arm controlled with MS Kinect.

As part of our Kinematics of Robots course at UPV we were tasked with building a one DOF robotic arm controlled using the MS Kinect system. Here I'll be uploading updates and development on the project.

Homemade PLC.

An old pet project I'm set on continuing. A long time ago I was invested on building a PLC interface so that we could perform practices without having to go through having to buy one ourselves. I got a simple Java interface and an Arduino, it was a very buggy project but planned to improve it. Now with the advent of FPGA's and their coming, I'm set with the task of building a new PLC interface from scratch, the question is, its possible to program an FPGA to accept a GUI from the computer? We'll see!
Picture

Home automation project.

A project to automatize a house (starting with my room for now) for maximum level of laziness and comfort.

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